Sentence examples for production to identify from inspiring English sources
We combine risk-analysis methods and virulence theory with historical examples (mainly from salmonid production) to identify key disease-emergence risk factors.
The changing energy-chemistry nexus is discussed in this perspective paper about the future of sustainable energy and chemical production to identify the priorities and open issues on which focus research and development.
The material balance information should be used to identify the major sources of waste and pollution, to look for deviations from the norm in waste production, to identify areas of unexplained losses.
Brooks says the new report "goes beyond food production to identify links to human health and to rural poverty," whereas previous efforts have had a "rather narrow emphasis on agricultural technology and production efficiency".
To test this hypothesis, it would be interesting to combine bioinformatics and transgenics production to identify the zebrafish KV dmrt2 enhancer and show that it is indeed absent from the mouse genomic sequence; 2) from the loss in the mouse of a protein(s) necessary to activate specifically the node enhancer.
The accuracy of simply weighing daily faecal production to identify gastrointestinal dysfunction was validated against three reference methods [ 1].
In the present study, we developed a new iterative screening algorithm, F ast a lgorithm of knockout screening for t arget Pro duction based on s hadow price analysis (FastPros), which uses biomass production maximization to identify sets of metabolic reactions whose simultaneous knockouts result in the production of a target metabolite.
This study presents a comprehensive exergy analysis of cane sugar production processes to identify inefficient components for improvement.
"So we've been doing a lot of work to demonstrate that these nutrients are released and to understand what controls their release and production and to identify key ways we can interfere with it," Douglas says.
Spatiotemporal data from satellite remote sensing and surface meteorology networks have made it possible to continuously monitor global plant production, and to identify global trends associated with land cover/use and climate change.
We also analyzed this production dataset to identify different flow regimes and flow signatures using the linear flow concept.
